#include <GETActarTpcAnalyser.hh>

Inheritance diagram for GETActarTpcAnalyser:

Public Member Functions
Constructors, affectation, destructor
	GETActarTpcAnalyser (GETActarTpc *get=NULL)

virtual	~GETActarTpcAnalyser ()

General functions
virtual void	Reset ()

virtual int	SetSystem (GETSystem *gptr)

GETActarTpc *	GetActarSystem ()

Main analysis functions, called by GETSystem
virtual void	ClearAnalysis ()

virtual void	ClearEvent ()

virtual int	OutputCorrection ()

virtual int	AnalyseRawEvent ()

virtual int	AnalyseCorEvent ()

void	SetIsolatedPadSuppression (u_int nn, u_int nnb=1)

Predefined analysis configuration files
virtual bool	ConfigCommand (const GString &code, const GString &args="", FILE *fptr=NULL)

Pads signal automatic histograms
virtual double	ComputeSumInt (bool mask=true)

virtual double	ComputeSumMax (bool mask=true)

void	SetDriftTimeOffset (double toff)

double	GetDriftTimeOffset () const

void	SetAutoFill (bool b=true)

TH2D *	CreateXYtimeHisto (const string &name="GET_XY_Time")

TH2D *	CreateXYdataHisto (const string &name="GET_XY_Data")

TH2D *	CreateXYhitsHisto (const string &name="GET_XY_Hits")

TH2D *	CreateXYamplitudeHisto (const string &name="GET_XY_Amplitude")

TH2D *	CreateXTamplitudeHisto (const string &name="GET_XT_Amplitude")

TH2D *	CreateYTamplitudeHisto (const string &name="GET_YT_Amplitude")

TH3D *	CreateXYTHisto (const string &name="GET_XYT", int nt=512, double t0=0., double t1=512.)

TH1D *	CreateXprojectionHisto (const string &name="GET_X_Projection")

TH1D *	CreateYprojectionHisto (const string &name="GET_Y_Projection")

TH1D *	CreateTprojectionHisto (const string &name="GET_T_Projection")

TH2D *	GetXYhitsHisto () const

TH2D *	GetXYtimeHisto () const

TH2D *	GetXYamplitudeHisto () const

TH2D *	GetXTamplitudeHisto () const

TH2D *	GetYTamplitudeHisto () const

TH3D *	GetXYTHisto () const

TH1D *	GetXprojectionHisto () const

TH1D *	GetYprojectionHisto () const

TH1D *	GetTprojectionHisto () const

Noise analysis (redefined from GETSystemAnalyser)
virtual void	SetNoiseRange (u_int i0=2, u_int i1=509)

TH2D *	GetChannelsNoiseHistoXY () const

virtual int	ProcessNoiseAnalysis ()

Off-track signal analysis
virtual void	SetOffTrackCorrection (int spc=1)

virtual void	InitOffTrackAnalysis (int spc=1)

bool	IsOffTrackAnalysisON () const

bool	IsOffTrackCorrectionON () const

virtual const GETHitMaskXY &	GetOffTrackMask () const

virtual GETHitMaskXY &	GetOffTrackMask ()

TH1D *	CreateInTrackMeanHisto (const string &hname="MeanInTrackSignal")

TH1D *	CreateOffTrackMeanHisto (const string &hname="MeanOffTrackSignal")

TH2D *	CreateInTrackPatternHisto (const string &hname="PatternInTrack")

TH2D *	CreateOffTrackPatternHisto (const string &hname="PatternOffTrack")

virtual int	ProcessOffTrackAnalysis ()

virtual int	ApplyOffTrackCorrection ()

virtual int	GetOffTrackPadsCount () const

GETSample &	GetInTrackMeanSample ()

GETSample &	GetOffTrackMeanSample ()

TH1D *	GetInTrackMeanHisto ()

TH1D *	GetOffTrackMeanHisto ()

TH2D *	GetInTrackPatternHisto ()

TH2D *	GetOffTrackPatternHisto ()

Pads signal histograms general functions
TH2D *	CreatePadHistogram (const string &name)

TH3D *	CreateHistogram3D (const string &name, int nt, double t0, double t1)

TH2D *	CreateHistogramXT (const string &name, int nt, double t0, double t1)

TH2D *	CreateHistogramYT (const string &name, int nt, double t0, double t1)

TH2D *	CreateHistogramXT (const string &name)

TH2D *	CreateHistogramYT (const string &name)

TH1D *	CreateHistogramX (const string &name)

TH1D *	CreateHistogramY (const string &name)

TH1D *	CreateHistogramT (const string &name)

int	FillPadHistogram (TH2 *hptr, u_short mode=GET::dataAmplitude)

int	FillHistogram3D (TH3 *hptr, double toffset=0., u_short mode=0)

int	FillHistogramXTmax (TH2 *hptr, double toffset=0., u_short mode=0)

int	FillHistogramYTmax (TH2 *hptr, double toffset=0., u_short mode=0)

TGraph2DErrors *	CreateGraphXYT (bool weight=true)

TGraphErrors *	CreateGraph2D (const string &dims="XY", bool weight=true)

TGraphErrors *	CreateGraphXY (bool weight=true)

TGraphErrors *	CreateGraphXT (bool weight=true)

TGraphErrors *	CreateGraphYT (bool weight=true)

virtual void	ClearAutoHistograms ()

virtual int	FillAutoHistograms ()

virtual int	SetValidPads (const string &fname, const string &hname, double thr=0.5, u_short mode=3)

virtual int	SetValidPads (TH2 *hptr, double thr=0.5, u_short mode=3)

ROOT related functions
	ClassDef (GETActarTpcAnalyser, 0)

Public Member Functions inherited from GETSystemAnalyser
	GETSystemAnalyser (GETSystem *get=NULL)

virtual	~GETSystemAnalyser ()

GETSystem *	GetSystem ()

u_int	GetChannelNumber () const

void	SetEventsSkip (u_int n)

u_int	GetEventsSkip ()

u_int	GetAnalysisEventsCounter ()

virtual void	IncrAnalysisEventCount ()

void	SetSelectedData (u_short id)

void	SetSelectedHitData (u_short id)

void	SetSelectedSignalData (u_short id)

int	GetSelectedHitData () const

int	GetSelectedSignalData () const

void	SetFullRec (bool b=true)

bool	IsFullRecSet () const

virtual void	SetRecTmin (double t)

virtual void	SetRecTmax (double t)

virtual void	SetRecTlimits (double t0, double t1)

double	GetRecTmin () const

double	GetRecTmax () const

u_int	GetRecITmin () const

u_int	GetRecITmax () const

virtual int	AnalyseRunStart ()

virtual int	AnalyseRunStop ()

virtual void	BadChannelsWarning ()

virtual bool	IsChannelBad (u_int ich) const

virtual u_int	BadChannelCount () const

virtual double	GetMaximumSignal () const

virtual u_int	GetMaximumChannel () const

virtual int	ReadConfigFile (const string &cfg)

virtual int	ReadConfigFile (FILE *fp)

TH2D *	CreateFullEventRawHisto (const string &hname)

TH2D *	CreateFullEventCorHisto (const string &hname)

TH2D *	GetFullEventRawHisto () const

TH2D *	GetFullEventCorHisto () const

virtual TF1 *	PresetChannelFctParameters (double vmax, double tmax, double wid)

virtual int	GetChannelFctAmplitude (u_int ic, double &vmax, double &tmax, double &wid)

virtual TF1 *	SetChannelFctParameters (u_int ic)

void	SetAmplitudeMode (u_short mode, double win=0.)

void	SetAmplitudeWindow (double win)

u_short	GetAmplitudeMode () const

void	SetTimingMode (u_short mode)

void	SetTimingModeCFD (double frac, double delay)

u_short	GetTimingMode () const

virtual int	CalcChannelAmplitude (u_int ic, double &vmax, double &tmax, double &wid)

virtual int	CalcChannelMaxima (u_int ic)

void	InitAmplitudeData ()

void	InitMaximaData ()

void	ResetMaximaData ()

void	ClearAmplitudeData ()

virtual void	ComputeAmplitudeData ()

bool	IsAmplitudeDataComputed () const

double	GetChannelAmplitude (u_int ich) const

double	GetChannelTime (u_int ich) const

double	GetChannelWidth (u_int ich) const

void	SetMaximaScaling (double fact)

void	SetMaximaDiffThreshold (double thr)

bool	IsMaximaDataComputed () const

bool	IsMultiMaxDefined () const

int	GetMultiMaxTotal () const

double	GetMultiMaxSumAll () const

int	GetMultiMaxNum (u_int ich) const

double	GetMultiMaxSum (u_int ich) const

double	GetMultiMaxAmplitude (u_int ich, u_int imax) const

double	GetMultiMaxWidth (u_int ich, u_int imax) const

double	GetMultiMaxTime (u_int ich, u_int imax) const

TH1D *	CreateChannelsMaxRawHisto (const string &hname)

TH1D *	CreateChannelsMaxCorHisto (const string &hname)

TH1D *	CreateChannelsTimeRawHisto (const string &hname)

TH1D *	CreateChannelsTimeCorHisto (const string &hname)

TH1D *	GetChannelsMaxRawHisto () const

TH1D *	GetChannelsMaxCorHisto () const

virtual void	InitDataNumberCheck (u_int n0, u_int n1)

bool	IsDataNumberCheckON () const

virtual void	SetDataNumberRejectThreshold (u_int nmin)

virtual int	ProcessDataNumberCheck ()

virtual int	GetDataNumberBadCount () const

virtual int	BadDataNumberCorrect ()

virtual void	InitDataContinuityCheck (double dmax)

bool	IsDataContinuityCheckON () const

virtual bool	ContinuityCheck (GETSample &sample)

virtual int	ProcessDataContinuityCheck ()

virtual int	GetDataContinuityBadCount () const

u_int	GetNoiseIndexMin () const

u_int	GetNoiseIndexMax () const

TH1D *	GetChannelsNoiseHisto () const

bool	IsNoiseAnalysisON () const

virtual int	FillCumulNoiseHisto (TH2 *hptr)

virtual void	InitResolutionAnalysis (int n, double amin, double amax)

virtual void	ClearResolutionAnalysis ()

bool	IsResolutionAnalysisON () const

TH2I *	GetResolutionMaxHisto () const

TH1D *	GetResolutionHisto () const

virtual int	ProcessResolutionAnalysis ()

virtual void	InitBaseFluctuations (u_int i0=2, u_int i1=32, double warn=0.)

virtual void	ClearBaseFluctuations ()

TH1D *	GetBaseFluctuationsHisto () const

bool	IsFluctuationsAnalysisON () const

virtual int	ProcessFluctuationsAnalysis ()

virtual int	GetFluctuationsBadCount () const

virtual int	FillCumulFluctuationsHisto (TH2 *hptr)

virtual void	InitFPNtest (u_int i1min, u_int i1max, u_int i2min, u_int i2max, double dmin, double dmax)

bool	IsFPNtestAnalysisON () const

virtual int	ProcessFPNtestAnalysis ()

virtual int	GetFPNtestBadCount () const

TH1D *	CreateChannelsHisto1D (const string &name, const string &ytit="", bool fpn=true)

TH2D *	CreateChannelsHisto2D (const string &name, int ny, double ymin, double ymax, const string &ytit="", bool fpn=true)

TH1I *	CreateChannelsHisto1I (const string &name, const string &ytit="", bool fpn=true)

TH2I *	CreateChannelsHisto2I (const string &name, int ny, double ymin, double ymax, const string &ytit="", bool fpn=true)

TH2D *	CreateFullEventHisto (const string &name, bool fpn=true)

TH2D *	CreateFullEventHisto (const string &name, int ny, double ymin, double ymax, bool fpn=true)

int	FillFullEventHisto (TH2D *hptr, bool reset=true, bool fpn=true, double scale=1.)

TH1D *	CreateChannelSummaryHisto (const string &name, bool fpn=true)

int	FillChannelsSummaryHisto (TH1D *hptr, u_short fmod=GET::dataAmplitude, bool fpn=true, bool reset=true)

int	CumulChannelsSummaryHisto (TH2 *hptr, u_short fmod=GET::dataAmplitude, bool fpn=true)

TH1D **	CreateAllChannelsHisto (const string &prefix="GET_", const string &suffix="")

int	FillAllChannelsHisto (TH1D **htab, bool reset=true)

	ClassDef (GETSystemAnalyser, 0)

Protected Attributes
GETActarTpc *	actar_ptr
	Pointer to the GETActarTpc object (which is the GETSystem pointer of the base classe)

bool	auto_fill
	Whether the histograms are filled automatically.

TH2D *	h_mask_in
	Pad histogram with track pattern.

TH2D *	h_mask_off
	Pad histogram with off-track pattern.

TH1D *	h_mean_in_track
	Histogram with summed signals of track pads.

TH1D *	h_mean_off_track
	Histogram with summed signals of off-track pads.

TH1D *	h_t_proj
	Histogram with pads event amplitude.

TH1D *	h_x_proj
	Histogram with pads event amplitude.

TH2D *	h_xt_ampl
	Histogram with pads event amplitude.

TH2D *	h_xy_ampl
	Histogram with pads event amplitude.

TH2D *	h_xy_data
	Histogram with read pads.

TH2D *	h_xy_hits
	Histogram with pads valid hits.

TH2D *	h_xy_rms
	Pointer to the pads RMS histogram.

TH2D *	h_xy_time
	Histogram with pads event time.

TH3D *	h_xyt
	Histogram with 2D pad signal and third T dimension.

TH1D *	h_y_proj
	Histogram with pads event amplitude.

TH2D *	h_yt_ampl
	Histogram with pads event amplitude.

u_int	mask_expand
	Expand the hit mask around the track.

u_int	mask_isol_num
	Minimum number of neighbours to remove isolated pads.

u_int	mask_isol_numb
	Minimum number of neighbours to remove isolated pads (border pads)

GETHitMaskXY	off_mask
	Mask for X-Y off-track analysis.

int	off_space
	Pads separation between track and off-track pads.

bool	off_track_cor
	Whether to apply off-track correction to channels output signal.

bool	off_track_on
	Whether off-track analysis is ON.

GETHitMaskXY *	pad_mask
	Pointer to the hit mask (same as base class hit mask, but known as GETHitMaskXY)

GETSample	sum_in_track
	Sample with the sum of hit pads.

GETSample	sum_off_track
	Sample with the sum of pads out of track.

double	tdrift_offset
	Drift time axis offset.

bool	update_mask
	Test if mask must be updated at analysis (after off-track correction)

Protected Attributes inherited from GETSystemAnalyser
double *	amax_amplitude
	Array of maximum amplitude values.

bool	amax_computed
	Whether the maximum amplitude / time is computed.

double *	amax_time
	Array of maximum amplitude times.

double *	amax_width
	Array of width values.

u_short	amplitude_mode
	Signal amplitude analysis mode.

double	amplitude_window
	Signal amplitude analysis window size (for fit or average)

u_int	ch_max_index
	Channel with maximum amplitude.

double	ch_max_signal
	Maximum channel amplitude value.

bool *	channel_bad
	Whether the channel contains bad data.

bool	channel_bad_flag
	Whether there are bad channels.

bool	cor_analysed
	Whether the corrected data analysis is performed.

int	data_cont_bad
	Number of bad channels in analysis of the data continuity.

double	data_cont_max
	Maximum variation for continuity.

bool	data_cont_on
	Whether the analysis of data discontinuity is ON.

int	data_num_bad
	Number of bad channels in analysis of the data per channel.

int	data_num_max
	Upper value for bad range of data / channel.

int	data_num_min
	Lower value for bad range of data / channel.

bool	data_num_on
	Whether the analysis of number of data per channel is ON.

u_int	data_num_reject
	Rejection threshold for channels with few data only.

u_int	events_count
	Number of events since analysis cleard.

u_int	events_skip
	Number of first events to skip for analysis.

double **	fit_channel_param
	Parameter values for each channel.

int	fluct_bad
	Number of bad channels in fluctuations analysis.

int *	fluct_cnt
	Number of events for baseline check.

u_int	fluct_imax
	Upper limit for baseline fluctuations analysis.

u_int	fluct_imin
	Lower limit for baseline fluctuations analysis.

bool	fluct_on
	Whether baseline fluctuations analysis is ON.

double *	fluct_sum
	Cumulated values for baseline check.

double	fluct_warn
	Baseline fluctuation value to issue a warning.

int	fpn_test_bad
	Number of bad channels in FPN test analysis.

double	fpn_test_dmax
	Upper limit for difference between end average and beginning average.

double	fpn_test_dmin
	Lower limit for difference between end average and beginning average.

u_int	fpn_test_i1max
	Upper limit for average of the begining of the time window.

u_int	fpn_test_i1min
	Lower limit for average of the begining of the time window.

u_int	fpn_test_i2max
	Upper limit for average of the end of the time window.

u_int	fpn_test_i2min
	Lower limit for average of the end of the time window.

bool	fpn_test_on
	Whether the FPN test analysis is ON.

bool	full_rec
	For reconstructed signal, plot full signal (no threshold on single time buckets)

GETSystem *	get_ptr
	Pointer to the GET system object.

TH1I *	h_channels_data_num
	Pointer to the channels summary histogram with number of raw data per channel.

TH1D *	h_channels_fluct
	Pointer to the channels baseline fluctuations analysis summary average histogram.

TH1D *	h_channels_max_cor
	Pointer to the channels summary histogram with maximum corrected output values.

TH1D *	h_channels_max_raw
	Pointer to the channels summary histogram with maximum raw output values.

TH1D *	h_channels_rms
	Pointer to the channels RMS analysis summary histogram.

TH1D *	h_channels_time_cor
	Pointer to the channels summary histogram with maximum corrected output values.

TH1D *	h_channels_time_raw
	Pointer to the channels summary histogram with maximum raw output values.

TH2D *	h_full_event_cor
	Pointer to the histogram with full data after corrections (if any)

TH2D *	h_full_event_raw
	Pointer to the histogram with full raw data (before processing)

TH2I *	h_resol_ampl
	Pointer to the channels versus amplitude maximum histogram.

TH1D *	h_resol_rms
	Pointer to the channels amplitude variations histogram.

GETHitMask *	hit_mask
	Pointer to the hit mask (same as base class hit mask, but known as GETHitMaskXY)

double **	mmax_amplitude
	Maxima values arrays for each channel.

bool	mmax_analysis
	Whether multiple maxima analysis is requested.

bool	mmax_computed
	Whether multiple maxima analysis is performed.

double	mmax_diff_thr
	Maxima difference validation threshold.

RExtremaFinder	mmax_finder
	Multiple maxima analyser.

u_int	mmax_max
	Maximum number of maxima per channel.

u_short	mmax_mode
	Calculation of multiple maxima amplitude: 0 standard, 1 gaus fits.

u_int *	mmax_num
	Number of maxima for each channel.

double	mmax_scale
	Scaling factor for amplitude.

double *	mmax_sum
	Summed amplitudes of all maxima for each channel.

double	mmax_sum_all
	Summed amplitudes of all channels.

double **	mmax_time
	Maxima times arrays for each channel.

u_int	mmax_tot
	Total number of maxima for all channels.

double **	mmax_width
	Maxima width arrays for each channel.

bool	raw_analysed
	Whether the raw data analysis is performed.

u_int	rec_itmax
	Analysis upper time bin for reconstructed signal.

u_int	rec_itmin
	Analysis lower time bin for reconstructed signal.

double	rec_tmax
	Analysis time upper limits for reconstructed signal.

double	rec_tmin
	Analysis time lower limits for reconstructed signal.

int	resol_dim
	Dimension of amplitude axis.

double	resol_max
	Upper limit of amplitude axis.

double	resol_min
	Lower limit of amplitude axis.

bool	resol_on
	Whether amplitude resolution analysis is ON.

double	resol_step
	Lower limit of amplitude axis.

u_int	rms_imax
	Upper limit for RMS analysis.

u_int	rms_imin
	Lower limit for RMS analysis.

bool	rms_on
	Whether noise analysis is ON.

u_short	select_data_hit
	Information on the channel data to analyse for hit pattern: GET::signalOut (default), GET::signalTst or GET::signalRec.

u_short	select_data_signal
	Information on the channel data for signal analysis: GET::signalOut (default), GET::signalTst or GET::signalRec.

double	timing_cfd_delay
	CFD offset for timing analysis.

double	timing_cfd_fraction
	CFD fraction for timing analysis.

u_short	timing_mode
	Signal timing analysis mode.

Private Member Functions
	GObject (GETActarTpcAnalyser)

Additional Inherited Members
Static Protected Attributes inherited from GETSystemAnalyser
static TF1 *	fit_channel_fct = NULL
	Pointer to the function used in case of channel fitting.

static u_int	fit_channel_npar = 0
	Number of parameters for the signal fit function.

Detailed Description

This class is a specialized analyser class (derived from GETSystemAnalyser) for GETActarTpc (derived from GETSystem).

The analysis available in addition to the ones of the base class are:

single events analysis:
- automatic histograms on events data: pads signal histograms (amplitude and time of the maximum channel signal)
- OFF-track signal analysis (and optionally corresponding histograms if the functions to create these histograms have been called)

Reconstructed signal analysis

Off-track signal analysis

The off-track signal analysis and correction has been developped in order to evaluate the mesh-induced signal on pads that are not supposed to collect charges, but that see a mirror signal from the charges on the mesh.

A copy of the pads mask is created to define pads around the real track. The signal from these pads in averaged to build the off-track signal, that is removed from all signal channels if the correction is set on (the off-track analysis can be set, without correction channels output).

The picture above shows a track from an event of the ACTAR TPC demonstrator. The top-left figure is the signal amplitude on the pads, that is used to determine the hit mask (in-track pads of bottom-left) picture and the pads that are used to compute off-track signal (off-track pads). The off track signal (bottom-right picture) can be compared to the average effective signal, by inversion and scaling (up-right picture).

Constructor & Destructor Documentation

GETActarTpcAnalyser::GETActarTpcAnalyser ( GETActarTpc * get = NULL )

Constructor. If the GETActarTpc object is not defined, a call to SetSystem function must be performed before the analyser can be used.

Parameters

get	pointer to the GET system

References actar_ptr, auto_fill, h_mask_in, h_mask_off, h_mean_in_track, h_mean_off_track, h_t_proj, h_x_proj, h_xt_ampl, h_xy_ampl, h_xy_data, h_xy_hits, h_xy_rms, h_xy_time, h_xyt, h_y_proj, h_yt_ampl, mask_expand, mask_isol_num, mask_isol_numb, off_space, off_track_cor, off_track_on, pad_mask, and tdrift_offset.

GETActarTpcAnalyser::~GETActarTpcAnalyser ( )

virtual

Destructor. The histograms associated to the analysis are deleted.

References Reset().

Member Function Documentation

int GETActarTpcAnalyser::AnalyseCorEvent ( )

virtual

Function called when the GETActarTpc has read an event, after applying corrections to the output samples.

Reimplemented from GETSystemAnalyser.

int GETActarTpcAnalyser::AnalyseRawEvent ( )

virtual

Function called when the GETActarTpc has read an event, before applying corrections to the output samples.

Reimplemented from GETSystemAnalyser.

References GETSystemAnalyser::AnalyseRawEvent().

int GETActarTpcAnalyser::ApplyOffTrackCorrection ( )

virtual

Apply the off-track analysis correction to channels outputs. For each (valid) pad, the average off-track signal is subtracted from the output signal.

References actar_ptr, GETLookupTable::GetChannel(), GETSystem::GetChannel(), GETLookupTable::GetNpadX(), GETLookupTable::GetNpadY(), GETLookupTable::GetPad(), GETChannel::GetReadoutCount(), GETSystem::GetTestChannelIndex(), GETSystem::LookupTable(), GETChannel::OutSample(), and sum_off_track.

Referenced by OutputCorrection().

GETActarTpcAnalyser::ClassDef	(	GETActarTpcAnalyser	,
		0
	)

for use within ROOT.

void GETActarTpcAnalyser::ClearAnalysis ( )

virtual

Function that clears all current analysis results: histograms, baseline fluctuations,...

Reimplemented from GETSystemAnalyser.

References GETSystemAnalyser::ClearAnalysis().

Referenced by GETActarEventReader::Reset().

void GETActarTpcAnalyser::ClearAutoHistograms ( )

virtual

Function that clears all the automatic histograms created for the analysis.

References h_t_proj, h_x_proj, h_xt_ampl, h_xy_ampl, h_xy_hits, h_xy_time, h_xyt, h_y_proj, and h_yt_ampl.

Referenced by FillAutoHistograms().

void GETActarTpcAnalyser::ClearEvent ( )

virtual

Function called by the GET system ClearEvent function, to reset event related data (histograms, ...).

Reimplemented from GETSystemAnalyser.

References GETSystemAnalyser::ClearEvent(), h_mask_in, h_mask_off, h_mean_in_track, h_mean_off_track, h_t_proj, h_x_proj, h_xt_ampl, h_xy_ampl, h_xy_data, h_xy_hits, h_xy_time, h_xyt, h_y_proj, h_yt_ampl, sum_in_track, sum_off_track, tdrift_offset, and update_mask.

double GETActarTpcAnalyser::ComputeSumInt ( bool mask = true )

virtual

Compute the integral of signal (channel integral, that is the sum of all signals multiplied by the time step) for all channels (output, reconstructed or test sample, according to selected data).

Parameters

mask	whether the hit mask should be used to select summed channels

References GETSystemAnalyser::get_ptr, GETSystem::GetChannel(), GETLookupTable::GetPad(), GETObject::GetTimeStep(), GETObject::GetTotalChannelCount(), GETHitMaskXY::IsValidHit(), GETSystem::LookupTable(), GETChannel::OutSample(), pad_mask, GETChannel::RecSample(), GETSystemAnalyser::select_data_signal, GET::signalRec, GET::signalTst, and GETChannel::TstSample().

Referenced by GETActarEventReader::AnalysisEvent().

double GETActarTpcAnalyser::ComputeSumMax ( bool mask = true )

virtual

Compute the sum of channels signal maximum value for all pads (output, reconstructed or test sample, according to selected data).

Parameters

mask	whether the hit mask should be used to select summed channels

References GETSystemAnalyser::amax_amplitude, GETSystemAnalyser::amplitude_mode, GETSystemAnalyser::ComputeAmplitudeData(), GETSystemAnalyser::get_ptr, GETLookupTable::GetPad(), GETObject::GetTotalChannelCount(), GETSystemAnalyser::IsAmplitudeDataComputed(), GETHitMaskXY::IsValidHit(), GETSystem::LookupTable(), and pad_mask.

Referenced by GETActarEventReader::AnalysisEvent().

bool GETActarTpcAnalyser::ConfigCommand	(	const GString &	code,
		const GString &	args = `""`,
		FILE *	fptr = `NULL`
	)

virtual

Function that sets a configuration parameter from a command line.

The valid command line in the class are:

specific configuration parameters:
- OFF_TRACK <npad> <corr>: set the off-track signal analysis (for mesh-induced signal) and optionally correct channels from the result
- BORDER_PADS <npad>: mask the pads on the contour of the pad plane
- HIT_ISOLATED <n> <nb>: clear isolated pad hits with less than n neighbour pads (or nb for border pads)
- HIT_EXPAND <n>: expand the pads hits of n pads around the track
- AGET_MASK <cobo> <asad> <aget>: mask the channels for the selected cobo / asad / aget (-1 for all elements)
- PAD_MASK <ix> <iy>: mask the channels for the pad (ix,iy)
- ZONE_MASK <ix0> <iy0> <ix1> <iy1>: mask the channels for the pads zone defined by corners (ix0,iy0) and (ix1,iy1)
- VALID_MASK <file> <histo> [thr]: validate pads mask according to histogram (in a ROOT file); if thr is not set, the default value is 0.5
- INVALID_MASK <file> <histo> <thr>: validate pads mask according to histogram (in a ROOT file); if thr is not set, the default value is 0.5
commands from the analysis base class (see GETSystemAnalyser::ConfigCommand)
- THR..., AMPL..., TIME...
- READ_CHK..., BASE_CHK..., DELTA_CHK...
- FPN..., SMOOTH..., CAL..., AB..., ABL..., ABH...

Parameters

code	parameter(s) identifier
args	additional arguments
fptr	file pointer (in case more information should be read)

Reimplemented from GETSystemAnalyser.

References GETSystemAnalyser::ConfigCommand(), GETSystemAnalyser::get_ptr, GETSystem::GetChannelCount(), InitOffTrackAnalysis(), GETChannel::IsSignalChannel(), mask_expand, mask_isol_num, mask_isol_numb, GETHitMaskXY::MaskBorder(), pad_mask, SetOffTrackCorrection(), GETHitMaskXY::SetValid(), and SetValidPads().

Referenced by GETActarEventReader::ConfigCommand().

TGraphErrors * GETActarTpcAnalyser::CreateGraph2D	(	const string &	dims = `"XY"`,
		bool	weight = `true`
	)

Create a 2D projection graph from the 3D data.

Parameters

dims	dimensions to be projected
weight	whether the errors are weighted with the signal amplitude

Referenced by CreateGraphXT(), CreateGraphXY(), and CreateGraphYT().

TGraphErrors * GETActarTpcAnalyser::CreateGraphXT ( bool weight = true )

inline

Create a X-T projection graph from the 3D data.

Parameters

weight whether the errors are weighted with the signal amplitude

References CreateGraph2D().

TGraphErrors * GETActarTpcAnalyser::CreateGraphXY ( bool weight = true )

inline

Create a X-Y projection graph from the 3D data.

Parameters

weight whether the errors are weighted with the signal amplitude

References CreateGraph2D().

TGraph2DErrors * GETActarTpcAnalyser::CreateGraphXYT ( bool weight = true )

Create a graph from the 3D data.

Parameters

weight whether the errors are weighted with the signal amplitude

TGraphErrors * GETActarTpcAnalyser::CreateGraphYT ( bool weight = true )

inline

Create a Y-T projection graph from the 3D data.

Parameters

weight whether the errors are weighted with the signal amplitude

References CreateGraph2D().

TH3D * GETActarTpcAnalyser::CreateHistogram3D	(	const string &	name,
		int	nt,
		double	t0,
		double	t1
	)

Create a 3D histogram with demonstrator pad plane size for X & Y and time for the 3rd dimension.

Parameters

name	histogram name
nt	number of bins in Z (time) dimension
t0	lower time limit
t1	upper time limit

References actar_ptr, GETLookupTable::GetNpadX(), GETLookupTable::GetNpadY(), and GETSystem::LookupTable().

Referenced by CreateXYTHisto().

TH1D * GETActarTpcAnalyser::CreateHistogramT ( const string & name )

Create a T projection histogram with demonstrator pad plane size.

Parameters

name	histogram name

References actar_ptr, GETObject::GetSampleDim(), and GETObject::GetTimeStep().

Referenced by CreateTprojectionHisto().

TH1D * GETActarTpcAnalyser::CreateHistogramX ( const string & name )

Create a X projection histogram with demonstrator pad plane size.

Parameters

name	histogram name

References actar_ptr, GETLookupTable::GetNpadX(), and GETSystem::LookupTable().

Referenced by CreateXprojectionHisto().

TH2D * GETActarTpcAnalyser::CreateHistogramXT	(	const string &	name,
		int	nt,
		double	t0,
		double	t1
	)

Create a 2D histogram with demonstrator pad plane size for X and time for the Y dimension.

Parameters

name	histogram name
nt	number of bins in Z (time) dimension
t0	lower time limit
t1	upper time limit

References actar_ptr, GETLookupTable::GetNpadX(), and GETSystem::LookupTable().

Referenced by CreateHistogramXT(), and CreateXTamplitudeHisto().

TH2D * GETActarTpcAnalyser::CreateHistogramXT ( const string & name )

Create a 2D histogram with demonstrator pad plane size for X and time for the Y dimension.

Parameters

name	histogram name

References actar_ptr, CreateHistogramXT(), GETObject::GetSampleDim(), and GETObject::GetTimeStep().

TH1D * GETActarTpcAnalyser::CreateHistogramY ( const string & name )

Create a Y projection histogram with demonstrator pad plane size.

Parameters

name	histogram name

References actar_ptr, GETLookupTable::GetNpadY(), and GETSystem::LookupTable().

Referenced by CreateYprojectionHisto().

TH2D * GETActarTpcAnalyser::CreateHistogramYT	(	const string &	name,
		int	nt,
		double	t0,
		double	t1
	)

Create a 2D histogram with demonstrator pad plane size for X and time for the Y dimension.

Parameters

name	histogram name
nt	number of bins in Z (time) dimension
t0	lower time limit
t1	upper time limit

References actar_ptr, GETLookupTable::GetNpadY(), and GETSystem::LookupTable().

Referenced by CreateHistogramYT(), and CreateYTamplitudeHisto().

TH2D * GETActarTpcAnalyser::CreateHistogramYT ( const string & name )

Create a 2D histogram with demonstrator pad plane size for X and time for the Y dimension.

Parameters

name	histogram name

References actar_ptr, CreateHistogramYT(), GETObject::GetSampleDim(), and GETObject::GetTimeStep().

TH1D * GETActarTpcAnalyser::CreateInTrackMeanHisto ( const string & hname = "MeanInTrackSignal" )

Create the histogram automatically filled by the off-track analysis with the average of IN-track pads signal. param name of the histogram

References GETSystemAnalyser::get_ptr, GETSystem::GetChannel(), h_mean_in_track, off_track_on, and GETChannel::OutSample().

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateInTrackPatternHisto ( const string & hname = "PatternInTrack" )

Create the histogram automatically filled by the off-track analysis with the IN-track valid hit pads pattern. param name of the histogram

References CreatePadHistogram(), h_mask_in, and off_track_on.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH1D * GETActarTpcAnalyser::CreateOffTrackMeanHisto ( const string & hname = "MeanOffTrackSignal" )

Create the histogram automatically filled by the off-track analysis with the average of OFF-track pads signal. param name of the histogram

References GETSystemAnalyser::get_ptr, GETSystem::GetChannel(), h_mean_off_track, off_track_on, and GETChannel::OutSample().

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateOffTrackPatternHisto ( const string & hname = "PatternOffTrack" )

Create the histogram automatically filled by the off-track analysis with the OFF-track valid hit pads pattern. param name of the histogram

References CreatePadHistogram(), h_mask_off, and off_track_on.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreatePadHistogram ( const string & name )

Create a 2D histogram with demonstrator pad plane size.

Parameters

name	histogram name

References actar_ptr, GETLookupTable::GetNpadX(), GETLookupTable::GetNpadY(), and GETSystem::LookupTable().

Referenced by CreateInTrackPatternHisto(), CreateOffTrackPatternHisto(), CreateXYamplitudeHisto(), CreateXYdataHisto(), CreateXYhitsHisto(), CreateXYtimeHisto(), and SetNoiseRange().

TH1D * GETActarTpcAnalyser::CreateTprojectionHisto ( const string & name = "GET_T_Projection" )

inline

Function that creates the histograms for T projection of signal amplitude.

Parameters

name	name of the created automatic histogram

References CreateHistogramT(), and h_t_proj.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH1D * GETActarTpcAnalyser::CreateXprojectionHisto ( const string & name = "GET_X_Projection" )

inline

Function that creates the histograms for X projection of signal amplitude.

Parameters

name	name of the created automatic histogram

References CreateHistogramX(), and h_x_proj.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateXTamplitudeHisto ( const string & name = "GET_XT_Amplitude" )

inline

Function that creates the histograms for (X-T) projection of signal amplitude.

Parameters

name	name of the created automatic histogram

References actar_ptr, CreateHistogramXT(), GETObject::GetSampleDim(), GETObject::GetTimeStep(), and h_xt_ampl.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateXYamplitudeHisto ( const string & name = "GET_XY_Amplitude" )

inline

Function that creates the histograms for (X-Y) projection of signal amplitude.

Parameters

name	name of the created automatic histogram

References CreatePadHistogram(), and h_xy_ampl.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateXYdataHisto ( const string & name = "GET_XY_Data" )

inline

Function that creates the histograms for pread pads.

Parameters

name	name of the created automatic histogram

References CreatePadHistogram(), and h_xy_data.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateXYhitsHisto ( const string & name = "GET_XY_Hits" )

inline

Function that creates the histograms for pad hit pattern.

Parameters

name	name of the created automatic histogram

References CreatePadHistogram(), and h_xy_hits.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH3D * GETActarTpcAnalyser::CreateXYTHisto	(	const string &	name = `"GET_XYT"`,
		int	nt = `512`,
		double	t0 = `0.`,
		double	t1 = `512.`
	)

inline

Function that creates the 3D histogram for XY+T signal.

Parameters

name	name of the created automatic histogram
nt	number of bins in Z (time) dimension
t0	lower time limit
t1	upper time limit

References CreateHistogram3D(), and h_xyt.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateXYtimeHisto ( const string & name = "GET_XY_Time" )

inline

Function that creates the histograms for pad pattern of signal time.

Parameters

name	name of the created automatic histogram

References CreatePadHistogram(), and h_xy_time.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH1D * GETActarTpcAnalyser::CreateYprojectionHisto ( const string & name = "GET_Y_Projection" )

inline

Function that creates the histograms for Y projection of signal amplitude.

Parameters

name	name of the created automatic histogram

References CreateHistogramY(), and h_y_proj.

Referenced by GETActarEventReader::PresetSystemAnalysis().

TH2D * GETActarTpcAnalyser::CreateYTamplitudeHisto ( const string & name = "GET_YT_Amplitude" )

inline

Function that creates the histograms for (Y-T) projection of signal amplitude.

Parameters

name	name of the created automatic histogram

References actar_ptr, CreateHistogramYT(), GETObject::GetSampleDim(), GETObject::GetTimeStep(), and h_yt_ampl.

Referenced by GETActarEventReader::PresetSystemAnalysis().

int GETActarTpcAnalyser::FillAutoHistograms ( )

virtual

Function that fills, in a single loop, all the automatic histograms created for the analysis.

Referenced by AnalyseCorEvent().

int GETActarTpcAnalyser::FillHistogram3D	(	TH3 *	hptr,
		double	toffset = `0.`,
		u_short	mode = `0`
	)

Function filling a 3D histogram (i.e. from CreateHistogram3D function) with data from selected signal (input/output/reconstructed) of current event.

It is similar than the previous function, but it does not fill all the 3D space: only 1 time bin per pad, where the maximum of the signal is located.

The mode argument is used to select the information:

for signal: default is amplitude, or use GET::dataIntegral for the signal sum;
for time: default is the time given in real time units, or use GET::dataTimeBin for time bin instead of real time. Signal and time information can be associated by a logical OR (with GET::dataIntegral | GET::dataTimeBin).

The function uses the look-up table for filling. The histogram is not resetted before filling.

Parameters

hptr	histogram pointer
toffset	shift in time scale
mode	filling mode: GET::dataAmplitude (default), GET::dataIntegral, GET::dataTime, GET::dataTimeBin or GET::dataFullSignal

int GETActarTpcAnalyser::FillHistogramXTmax	(	TH2 *	hptr,
		double	toffset = `0.`,
		u_short	mode = `0`
	)

Function filling a 2D histogram (i.e. from CreateHistogramXT function) with data from selected signal (input/output/reconstructed) of current event.

For each pad with signal above threshhold, the time corresponding to the maximum amplitude gives the 2nd dimension. The pad X position is the 1st dimension. The increment is the channel maximum value.

The function uses the look-up table for filling. The histogram is not resetted before filling.

Parameters

hptr	histogram pointer
toffset	shift in time scale
mode	time information: GET::dataTime (real time, default) or GET::dataTimeBin (time bin) for Z dimension, and signal information option: GET::dataFullSignal to project all sample signal instead of time of maximum signal

int GETActarTpcAnalyser::FillHistogramYTmax	(	TH2 *	hptr,
		double	toffset = `0.`,
		u_short	mode = `0`
	)

Function filling a 2D histogram (i.e. from CreateHistogramYT function) with data from selected signal (input/output/reconstructed) of current event.

For each pad with signal above threshhold, the time corresponding to the maximum amplitude gives the 2nd dimension. The pad Y position is the 1st dimension. The increment is the channel maximum value.

The function uses the look-up table for filling. The histogram is not resetted before filling.

Parameters

hptr	histogram pointer
toffset	shift in time scale
mode	time information: GET::dataTime (real time, default) or GET::dataTimeBin (time bin) for Z dimension, and signal information option: GET::dataFullSignal to project all sample signal instead of time of maximum signal

int GETActarTpcAnalyser::FillPadHistogram	(	TH2 *	hptr,
		u_short	mode = `GET::dataAmplitude`
	)

Function filling a 2D histogram (i.e. from CreatePadHistogram function) with data from selected signal (input/output/reconstructed) of current event.

One value per channel is incremented depending on mode argument. The function uses the look-up table for filling and the hit mask data for thresholds. The histogram is not resetted before filling.

Parameters

hptr	histogram pointer
mode	data selected for filling: GET::dataAmplitude (default), GET::dataIntegral, GET::dataTime, GET::dataHit

References actar_ptr, GETSystemAnalyser::amax_amplitude, GETSystemAnalyser::amax_time, GETSystemAnalyser::ComputeAmplitudeData(), GET::dataFullSignal, GET::dataHit, GET::dataIntegral, GET::dataTime, GETSystemAnalyser::get_ptr, GETSystem::GetChannel(), GETLookupTable::GetIpx(), GETLookupTable::GetIpy(), GETHitMask::GetNhitValid(), GETHitMask::GetValidChannelIndex(), GETSystemAnalyser::IsAmplitudeDataComputed(), GETHitMask::IsMaskDefined(), GETHitMask::IsMaskSet(), GETSystem::LookupTable(), GETChannel::OutSample(), pad_mask, GETChannel::RecSample(), GETSystemAnalyser::select_data_signal, GET::signalRec, and GETHitMask::UpdateMask().

GETActarTpc * GETActarTpcAnalyser::GetActarSystem ( )

inline

Return the pointer to the ACTAR TPC GET system.

References actar_ptr.

TH2D * GETActarTpcAnalyser::GetChannelsNoiseHistoXY ( ) const

inline

Return the pointer to the pads noise histogram of current event.

References h_xy_rms.

Referenced by GETActarEventReader::PresetSystemAnalysis().

double GETActarTpcAnalyser::GetDriftTimeOffset ( ) const

inline

Get the drift time offset (in us) for automatic spectra.

References tdrift_offset.

TH1D * GETActarTpcAnalyser::GetInTrackMeanHisto ( )

inline

Return histogram of the average signal of in-track pads.

References h_mean_in_track.

GETSample & GETActarTpcAnalyser::GetInTrackMeanSample ( )

inline

Return the average signal sample of in-track pads.

References sum_in_track.

TH2D * GETActarTpcAnalyser::GetInTrackPatternHisto ( )

inline

Return histogram of the in-track pads pattern.

References h_mask_in.

const GETHitMaskXY & GETActarTpcAnalyser::GetOffTrackMask ( ) const

inlinevirtual

Return off-track mask.

References off_mask.

GETHitMaskXY & GETActarTpcAnalyser::GetOffTrackMask ( )

inlinevirtual

Return off-track mask.

References off_mask.

TH1D * GETActarTpcAnalyser::GetOffTrackMeanHisto ( )

inline

Return histogram of the average signal of off-track pads.

References h_mean_off_track.

GETSample & GETActarTpcAnalyser::GetOffTrackMeanSample ( )

inline

Return the average signal sample of off-track pads.

References sum_off_track.

int GETActarTpcAnalyser::GetOffTrackPadsCount ( ) const

inlinevirtual

Return the number of off-track pads.

References GETHitMask::GetNhitValid(), off_mask, and off_track_on.

TH2D * GETActarTpcAnalyser::GetOffTrackPatternHisto ( )

inline

Return histogram of the off-track pads pattern.

References h_mask_off.

TH1D * GETActarTpcAnalyser::GetTprojectionHisto ( ) const

inline

Return the automatic histogram for T-projection of signal amplitude.

References h_t_proj.

TH1D * GETActarTpcAnalyser::GetXprojectionHisto ( ) const

inline

Return the automatic histogram for X-projection of signal amplitude.

References h_x_proj.

TH2D * GETActarTpcAnalyser::GetXTamplitudeHisto ( ) const

inline

Return the automatic histogram for (X-T) projection of signal amplitude.

References h_xt_ampl.

TH2D * GETActarTpcAnalyser::GetXYamplitudeHisto ( ) const

inline

Return the automatic histogram for (X-Y) projection of signal amplitude.

References h_xy_ampl.

TH2D * GETActarTpcAnalyser::GetXYhitsHisto ( ) const

inline

Return the automatic histogram for pad hit pattern.

References h_xy_hits.

TH3D * GETActarTpcAnalyser::GetXYTHisto ( ) const

inline

Return the automatic histogram for pad hit pattern.

References h_xyt.

TH2D * GETActarTpcAnalyser::GetXYtimeHisto ( ) const

inline

Return the automatic histogram for pad pattern of signal time.

References h_xy_time.

TH1D * GETActarTpcAnalyser::GetYprojectionHisto ( ) const

inline

Return the automatic histogram for Y-projection of signal amplitude.

References h_y_proj.

TH2D * GETActarTpcAnalyser::GetYTamplitudeHisto ( ) const

inline

Return the automatic histogram for (Y-T) projection of signal amplitude.

References h_yt_ampl.

GETActarTpcAnalyser::GObject ( GETActarTpcAnalyser )

private

Macro from GCpp library that defines the following functions:

ClassName(): return the real class name of the object
StaticClassName(): return the used class name of the object (that may be a base class of the real object).
IsInstanceOf<T>(): return true if the current object is an instance of the template class name argument
Clone(): return an allocated copy of the object.

void GETActarTpcAnalyser::InitOffTrackAnalysis ( int spc = 1 )

virtual

Initialize the off-track analysis. The argument sets the number of unused pads around the track. If it is set to -1, the off-track analysis is turned off.

Parameters

spc	pad spacing between track aond off-track pads

References GETSystemAnalyser::get_ptr, off_space, and off_track_on.

Referenced by ConfigCommand(), and SetOffTrackCorrection().

bool GETActarTpcAnalyser::IsOffTrackAnalysisON ( ) const

inline

Return true if the off-track analysis is set.

References off_track_on.

Referenced by GETActarEventReader::PresetSystemAnalysis().

bool GETActarTpcAnalyser::IsOffTrackCorrectionON ( ) const

inline

Return true if the off-track channels output corrections is set.

References off_track_cor.

int GETActarTpcAnalyser::OutputCorrection ( )

virtual

Function that applies specific corrections on the output channels: in this case, the off-track signal correction for ACTAR TPC.

This function is called after the output corrections of the GETSystem object, and before building the reconstrucetd signals and calling the corrected data analysis.

The correction is performed on output samples.

The function returns 0 if no error occured.

Reimplemented from GETSystemAnalyser.

References ApplyOffTrackCorrection(), GETSystemAnalyser::events_count, GETSystemAnalyser::events_skip, GETHitMask::GetNhit(), GETHitMask::GetNhitValid(), GETSystemAnalyser::hit_mask, GETHitMask::IsMaskSet(), off_track_cor, off_track_on, ProcessOffTrackAnalysis(), GETSystemAnalyser::select_data_hit, GETSystemAnalyser::select_data_signal, GETSystemAnalyser::SetSelectedData(), GETSystemAnalyser::SetSelectedHitData(), GETSystemAnalyser::SetSelectedSignalData(), GET::signalOut, update_mask, and GETHitMask::UpdateMask().

int GETActarTpcAnalyser::ProcessNoiseAnalysis ( )

virtual

Overload of the GETSystemAnalyser::ProcessNoiseAnalysis function in order to fill the pads XY noise histogram.

Reimplemented from GETSystemAnalyser.

References GETSystemAnalyser::get_ptr, GETLookupTable::GetChannel(), GETLookupTable::GetNpadX(), GETLookupTable::GetNpadY(), GETSystemAnalyser::h_channels_rms, h_xy_rms, GETHitMaskXY::IsValid(), GETSystem::LookupTable(), pad_mask, and GETSystemAnalyser::ProcessNoiseAnalysis().

Referenced by AnalyseCorEvent().

int GETActarTpcAnalyser::ProcessOffTrackAnalysis ( )

virtual

Perform the off-track signal analysis. The hit mask is copied, adjusted according to spacing between track and off-track pads, then inverted. The data from track and off-track pads are summed?

References actar_ptr, GETHitMaskXY::Fill2DMaskHisto(), GETLookupTable::GetChannel(), GETSystem::GetChannel(), GETSystem::GetHitMask(), GETLookupTable::GetNpadX(), GETLookupTable::GetNpadY(), GETObject::GetReadoutFlag(), GETActarTpc::GetSignalBoundaries(), h_mask_in, h_mask_off, h_mean_in_track, h_mean_off_track, GETHitMaskXY::IsValidHit(), GETSystem::LookupTable(), off_mask, off_space, GETChannel::OutSample(), sum_in_track, and sum_off_track.

Referenced by OutputCorrection().

void GETActarTpcAnalyser::Reset ( )

virtual

Delete all analysis currently defined for the analyser.

Reimplemented from GETSystemAnalyser.

References h_mask_in, h_mask_off, h_mean_in_track, h_mean_off_track, h_t_proj, h_x_proj, h_xt_ampl, h_xy_ampl, h_xy_data, h_xy_hits, h_xy_rms, h_xy_time, h_xyt, h_y_proj, h_yt_ampl, off_track_cor, off_track_on, and GETSystemAnalyser::Reset().

Referenced by ~GETActarTpcAnalyser().

void GETActarTpcAnalyser::SetAutoFill ( bool b = true )

inline

Set the automatic filling of projection histograms.

Parameters

b	automatic filling status

References auto_fill.

void GETActarTpcAnalyser::SetDriftTimeOffset ( double toff )

inline

Set the drift time offset for automatic spectra.

Parameters

toff	time offset (in us)

References tdrift_offset.

void GETActarTpcAnalyser::SetIsolatedPadSuppression	(	u_int	nn,
		u_int	nnb = `1`
	)

Define the isolated pads suppression criteria: if a pad has less neighbours with signal than the argument value, it is removed from the hit mask. If set to zero, no pad suppression is performed.

Parameters

nn	minimum number of neighbors to keep a pad
nnb	minimum number of neighbors to keep a pad located at the border of the pad plane

References mask_isol_num, and mask_isol_numb.

void GETActarTpcAnalyser::SetNoiseRange	(	u_int	i0 = `2`,
		u_int	i1 = `509`
	)

virtual

Overload of the GETSystemAnalyser::SetNoiseRange function in order to create the pads XY noise histogram.

Parameters

i0	lower time bucket for the analysis range
i1	upper time bucket for the analysis range

Reimplemented from GETSystemAnalyser.

References CreatePadHistogram(), h_xy_rms, pad_mask, GETSystemAnalyser::rms_on, and GETSystemAnalyser::SetNoiseRange().

void GETActarTpcAnalyser::SetOffTrackCorrection ( int spc = 1 )

virtual

Set ON the off-track correction of channels output signals (to correct for mesh-induced signal). It initializes the off-track analysis. The argument sets the number of unused pads around the track. If it is set to -1, the off-track correction is turned off (but the off-track analysis is let as it is; to stop it also, the InitOffTrackAnalysis function must be called with -1 pad spacing argument).

Parameters

spc	pad spacing between track aond off-track pads

References GETSystemAnalyser::get_ptr, InitOffTrackAnalysis(), off_track_cor, and off_track_on.

Referenced by ConfigCommand(), and GETActarEventReader::ReadRunConfig().

int GETActarTpcAnalyser::SetSystem ( GETSystem * gptr )

virtual

Define the GET system from which the data will be analysed. Note that all previously defined information is resetted. The function returns 0 if no error occured.

Parameters

gptr	Pointer to the GET system

Reimplemented from GETSystemAnalyser.

References actar_ptr, GETSystem::GetHitMask(), pad_mask, and GETSystemAnalyser::SetSystem().

int GETActarTpcAnalyser::SetValidPads	(	const string &	fname,
		const string &	hname,
		double	thr = `0.5`,
		u_short	mode = `3`
	)

virtual

Set the pads validation according to an histogram (that must have the size of the pad plane).

Parameters

fname	ROOT file name
hname	histogram name name
thr	the pad is valid if histogram content is above the threshold
mode	pad mask modification: 1: set valid pads ON (above threshold) 2: set non-valid pads OFF (below threshold) 3 (or 0): set both

Referenced by ConfigCommand().

int GETActarTpcAnalyser::SetValidPads	(	TH2 *	hptr,
		double	thr = `0.5`,
		u_short	mode = `3`
	)

virtual

Set the pads validation according to an histogram (that must have the size of the pad plane).

Parameters

hptr	histogram pointer
thr	the pad is valid if histogram content is above the threshold
mode	pad mask modification: 1: set valid pads ON (above threshold) 2: set non-valid pads OFF (below threshold) 3 (or 0): set both

References GETSystemAnalyser::get_ptr, GETLookupTable::GetNpadX(), GETLookupTable::GetNpadY(), GETSystem::LookupTable(), pad_mask, and GETHitMaskXY::SetValid().

The documentation for this class was generated from the following files:

Public Member Functions

Protected Attributes

Private Member Functions

Additional Inherited Members

Detailed Description

Reconstructed signal analysis

Off-track signal analysis

Constructor & Destructor Documentation

Member Function Documentation